298 results about "Paper pallet" patented technology

The invention discloses a moxa cone coiling forming machine which comprises a spiral conveying mechanism, a paper tape winding mechanism, a gluing and forming mechanism and a shearing mechanism which are arranged in sequence, wherein the spiral conveying mechanism is used for forming a naked moxa cone; the paper tape winding mechanism mainly consists of a paper coiling disc and a paper tape; a conical guide groove of which the front part is large and the rear part is small is formed in the paper coiling disc; the width of the paper tape is greater than the perimeter of the naked moxa cone; the paper tape is paved inside the conical guide groove in the paper coiling disc in a dynamic conveying manner; the gluing and forming mechanism mainly consists of a gluing machine and a sealing ring; the gluing machine is used for gluing the paper tape; the sealing ring is used for shifting, guiding and compacting the glued paper tape when the paper tape is dynamically conveyed, so as to coil and seal the paper tape; the shearing mechanism is used for shearing the coiled and formed moxa cone output from the gluing and forming mechanism. The moxa cone coiling forming machine is capable of automatically and continuously producing coiled paper moxa cones and is applicable to large-scale in-batch production, the whole production process is clean, sanitary, free of pollution, high in production efficiency and low in cost, and the formed moxa cones are high in medicinal quality.

A laser beam printer includes a casing with a discharge tray disposed on the top surface of the casing. A cutout part is formed in the top surface of the casing and an opening is formed in the front surface of the casing for facilitating mounting and removal of a process cartridge. The opening can be closed with a cover. When the cover is in a closed position, a top cover part of the cover blocks the cutout part. At this time, the top cover part and a main discharge tray part of the discharge tray are adjacent to one another and function to support paper. When the cover is in an open position, the cutout part is exposed; the top cover part is separated from the main discharge tray part; and the paper is supported by the main discharge tray alone.

A printing system with one or more discrete print media trays, a marking engine and a controller in which prints are produced from a plurality of print jobs by using the controller to control delivery of print media sheets from the one or more discrete print media trays to the marking engine, each of the plurality of print jobs including a plurality of the predefined print media attributes; the one or more discrete print media trays respectively including the print media sheets having a plurality of print media attributes, a method for programming the one or more discrete print media trays, including selecting one print job of the a plurality of print jobs; correlating the plurality of the predefined printed attributes of the selected one of the plurality of print jobs to the plurality of print media attributes of the print media sheets stored in the at two discrete print media trays; and if the plurality of the predefined printed attributes do not correlate with the plurality of print media attributes of the print media stored one of the one or more discrete print media trays, assigning one or more of the plurality of the predefined printed attributes to one of the one or more discrete print media trays.

A single use disposable, recyclable paper pallet for supporting products during storage and shipping is provided. The pallet comprises a corrugated panel resting on multiple, parallel corrugated runners locked together by lateral supports. The runners are made from blanks folded into elongated open-ended box-like shapes. The folded runners have perforated tabs that extend upwards from the top surface of the runners and configured to receive the lateral supports. The lateral supports are formed from a sheet of convolutely wound, formed laminated paper and provide lateral strength so the pallet can be handled with a clamp truck.

An image forming apparatus comprises: a pair of first sheet ejecting rollers and a pair of second sheet ejecting rollers that eject a sheet on which an image is formed; a guide member that guides the sheet to the pair of first sheet ejecting rollers or the pair of second sheet ejecting rollers; a controller that performs control so that, while a sheet that is to be ejected by the pair of first sheet ejecting rollers onto an ejected-sheet tray is being held by the pair of first sheet ejecting rollers in a stopped state, the pair of second sheet ejecting rollers is in a stopped state and hold an immediately subsequent sheet above the ejected-sheet tray; and a fan that moves air toward the sheet held by the pair of first sheet ejecting rollers and the immediately subsequent sheet held by the pair of second sheet ejecting rollers.

A sheet stacking device includes: an evacuation section for transporting and ejecting sheets; a sheet exit tray for stacking the ejected sheets; an arm supporting member; and a sheet presser arm including a supported end at one end, a free end at the other end which is capable of pressing the sheets stacked on the sheet exit tray directly or via a contact member attached to the free end, and a flexure portion having flexibility between the supported end and the free end. The supported end is attached to the arm supporting member. The arm can apply, by the flexibility of the flexure portion, a pressing force to the sheets stacked on the sheet exit tray and a repulsive force to each of the ejected sheets when a front end of the ejected sheet strikes against the arm.

A paper tray (110, 210, 310, 410, 510, 610, 710, 810) for holding a stack of sheets of paper in a printer (540, 640, 740, 840) is provided. The paper tray includes an actuator (221, 421, 521, 621, 721, 821), which is moveable between an engaged position by insertion of the tray into the printer and a refilling position by at least partial removal of the tray from the printer. A paper supporting plate (230, 330, 430, 530, 630, 730, 830) is moveably coupled to the actuator. The paper supporting plate supports the stack of paper so that a sheet furthest away from the paper supporting plate is in a picking position available for picking by the printer, when the actuator is in the engaged position. The actuator is coupled to the paper supporting plate so as to move the paper supporting plate away from the picking position when the actuator is moved into the refilling position.

A pallet includes a top plate, a bottom plate fixed below the main plate, and a plurality of spaces mounted below a general plane of the bottom plate. The top plate includes a main section and two enveloping sections respectively on two sides of the main section of the top plate. A protective folding section is provided between each enveloping section and the main section of the top plate. At least one reinforcing plate is sandwiched between the main section of the top plate and the enveloping sections of the top plate. The protective folding sections form front and rear edges of the pallet, preventing damage to the pallet during use.

An inkjet printer includes a paper tray for holding print media; a pick-up roller for moving the print media along at least a portion of a pre-print zone of a paper transport path; a light source disposed along the pre-print zone of the paper transport path that directs light toward a non-print side of the print media for illuminating the non-print side of the print media; and an array sensor that receives reflected light from the non-print side of the print media; wherein data from the sensor is used to determine an amount of motion of the print media in the pre-print zone.

A sheet tray device including (a) a first tray and (b) a second tray which is disposed on an upper side of the first tray and which includes (b-1) a support member which bridges between opposite side walls of the first tray and which is movable relative to the opposite side walls, and (b-2) a supported body pivotably supported by the support member. Each of the opposite side walls includes a first rail portion and a second rail portion that is located on an upper side of the first rail portion. The support member includes (i) a main slide portion that is slidably held in contact with an upper surface of the first rail portion, (ii) a removal-preventing slide portion that extends through a space between the first and second rail portions, and (iii) a rotation-preventing slide portion that is slidably held in contact with a side surface of the first rail portion. Also disclosed is an image forming apparatus including the sheet tray device.

The invention relates to the field of automatic assembling, and discloses an automatic assembling device for paper pallets. The automatic assembling device for the paper pallets is characterized in that the automatic assembling device comprises a conveying unit, a clamping unit, a brushing unit and a control unit; the conveying unit is mounted on a working table and conveys bottom feet to a first preset position; the clamping unit can conduct reciprocating sliding relative to the working table and clamps at least one bottom foot placed on the first preset position to a second preset position on a cardboard; the brushing unit is located at the side, close to the conveying unit, of the first preset position, and brushes glue onto the bottom feet clamped by the clamping unit; and the conveying unit, the brushing unit and the clamping unit are all connected with the control unit. According to the automatic assembling device for the paper pallets, automatic conveying, clamping and glue brushing of the bottom feet are achieved through the device; the clamping device drives the bottom feet to move and be pasted on second preset positions on the cardboard, so that automatic binding assembling of the cardboard and the bottom feet is achieved; and the production efficiency is enhanced, the quality of products can be controlled better, and the labor cost and the management cost are saved.

A paper pallet structure, includes a plurality of first sheet bodies and a plurality of second sheet bodies, the first sheet body is bent to form two wing portions, a first connecting portion connected to the two wing portions, and a first supporting portion positioned between the two first wing portions and coming into abutting contact with the first connecting portion, and the second sheet body is bent to form two wing portions, a second connecting portion connected to the two wing portions, and a second supporting portion positioned between the two second wing portions and coming into abutting contact with the second connecting portion. The first wing portion and the second wing portion respectively have first engagement portions and second engagement portions, and the first engagement portions are engaged with the second engagement portions to position the first sheet body and the second sheet body perpendicular to each other.

The invention provides a whole-roll paper reel feeding device of a packing machine. The device comprises a paper roll rotary table and a bobbin paper splicing device, wherein a first paper roll is arranged on one end of the paper roll rotary table; a second paper roll is arranged on the other end of the paper roll rotary table; the first paper roll is driven by a first servo motor to rotate; the second paper roll is driven by a second servo motor to rotate; through the rotation of the paper roll rotary table, the first paper roll and the second paper roll can alternatively appear on a left paper roll position and a right paper roll position; the bobbin paper splicing device comprises a fixed cutting tool, a swinging cutting tool and a packaging tape frame. The whole-roll paper reel feedingdevice of the packing machine has the advantages of scientific design, high automation degree, high feeding efficiency, and low human cost.

A sheet feeding apparatus includes an apparatus body, a manual feed tray, first and second regulating members regulating a width direction of a sheet, a feed portion feeding the sheet stacked on the manual feed tray, and a guide portion. The guide portion is provided at least at one of the apparatus body side and the first regulating member side and has an inclined surface that abuts against another member of the apparatus body and the first regulating member to guide the first regulating member in a direction separating widthwise from the second regulating member when the manual feed tray is moved from a sheet stacking position to a storage position.

A method for making a multilayered paper-containing product, for example a paper plate or tray, includes assembling two or more sheets of paper-containing material cut into blanks. The blanks are pressed together and shaped in a die, usually with a bonding agent being used to secure the blanks. Pleats are formed in the curved portion of the shaped product. However, the pleats on each blank are formed independently so that the folded region formed in the pleats are arranged in a staggered array and are not interleaved with the pleats of the other blank.